High Speed Centrifuge EZL-HSC100 offers a maximum speed of 16,500 rpm for efficient sample separation. It features a reliable cooling system to maintain sample stability during operation. Its user-friendly control panel allows easy use and adjustment of centrifugation parameters. It features customizable acceleration and deceleration settings, allowing gentle handling of sensitive samples. Our Centrifuge is ideal for biomedical, diagnostic, and academic laboratories that require efficient and quiet benchtop centrifugation.
| Maximum Speed | 16,500rpm |
|---|---|
| Maximum RCF | 19480 × g |
| Maximum Capacity | 10 × 5 ml |
| Timer Range | 1 to 99 min 59 s |
| Speed Accuracy | ±10 r/min |
| Noise Level | Less than equal to 55 dB(A) |
| Power Supply | AC 220V 50Hz 10A 400W |
| Dimensions (W×D×H) | 340 × 260 × 220 mm |
| Acceleration/Deceleration | 10 to 10 steps |
| Wight (without rotor) | 15Kg |
Rapid cooling functionality
Easy rotor replacement
Safety locking lid
Compact space-saving design
High Speed Centrifuge EZL-HSC100 is ideal clinical research and cell culture requiring fast and efficient sample processing. It ensures efficient separation of DNA, RNA, and proteins in biochemistry, medical research, and molecular diagnostics.
Rotor Type | Capacity (mL) | Maximum Speed (r/min) | Maximum RCF (×g) |
Angle Rotor 01 | 12 × 1.5 / 2.2mL | 16500r/min | 19175 × g |
Angle Rotor 02 | 10 × 5 mL | 16500r/min | 19480 × g |
Capillary Rotor | 24 Pieces | 12000r/min | 13684 × g |
Adapter Type | Capacity (ml) | Maximum Speed (r/min) | Maximum RCF (×g) |
Adapter 01 | 12 × 0.5 /0.2ml | 16500r/min | 19175 × g |
Adapter 02 | 10 × 1.5ml | 16500r/min | 19480 × g |
The High Speed Centrifuge EZL-HSC100 is designed for efficient separation tasks in fast-paced research and clinical labs. Its powerful motor and adjustable parameters allow rapid sample processing across various applications. This results in shorter turnaround times without compromising precision. The user-friendly interface further simplifies setting up and monitoring runs. With reliable performance and flexibility, it becomes an essential tool in high-demand environments.
Ezilab’s High Speed Centrifuge EZL-HSC100 incorporates multiple safety mechanisms to ensure operator protection during every run. An automatic lid lock prevents the chamber from opening while in operation, eliminating exposure to moving rotors. The imbalance detection system automatically stops the centrifuge to avoid damage or injury. Vibration-reduction technology keeps the unit stable and quiet. These features collectively enhance operational safety and confidence.
Our High Speed Centrifuge EZL-HSC100 offers stable operation with precise control, making it ideal for sensitive biological and molecular biology samples. The gentle acceleration and deceleration profiles reduce stress on fragile contents. Advanced temperature regulation ensures the sample environment remains consistent throughout the run. This reduces the risk of sample degradation or variability. The design supports reproducibility, which is crucial in diagnostic and research labs.
The High Speed Centrifuge EZL-HSC100 maintains tight control over speed and time settings, promoting reliable separations with every use. Its digital feedback system monitors and adjusts internal performance for consistency. The secure rotor system minimizes wobble and ensures balanced operation. These features help ensure reproducibility across runs. Consistent results are especially valuable for labs conducting standardized tests and repeatable protocols.
Our High Speed Centrifuge EZL-HSC100 is designed for low-maintenance operation with easy-to-access components. Routine cleaning of the rotor chamber and wiping down the exterior keep it in optimal condition. Periodic inspection of the lid seal and rotor connections helps prevent performance issues. Alerts and system checks notify users of any irregularities. With proper care, the unit provides reliable long-term performance.
Ezilab’s High Speed Centrifuge EZL-HSC100 is designed to support a wide range of laboratory applications by accommodating multiple rotor configurations. This adaptability allows users to process different sample volumes, from microcentrifuge tubes to larger-capacity containers, without the need for multiple machines. Whether you're performing high-speed separations in molecular biology or routine processing in clinical diagnostics, the centrifuge adjusts seamlessly to the task. Rotor changes are quick, intuitive, and tool-free helping labs save time and reduce workflow interruptions.
